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Expanding our previous work on turbulent whirls [1] we have uncovered asimilarity within the similarity shared by intense vortices. Using the newinformation we compress the tangential velocity profiles of a diverse set ofvortices into one and thus identify those that belong to the same genus.Examining the Laser Doppler Anemometer (LDA) results of mechanically producedvortices and radar data of several tropical cyclones, we find that the upliftand flattening effect of tangential velocity is a consequence of turbulence.Reasoning by analogy we conclude that turbulence in the interstellar mediumcould indeed introduce a flattening effect in the galactic rotation curves.

The presence of interstellar turbulence could explain the velocity flattening in galaxies